dynarray.h File Reference

#include <assert.h>
#include <stdlib.h>
#include <string.h>

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Classes
struct	dg__dynarr_md

Macros
#define	DG__DYNARR_H
#define	DG_DYNARR_INDEX_CHECK_LEVEL   3
#define	DG_DYNARR_ASSERT(cond, msg)   assert((cond) && msg)
#define	DG_DYNARR_DEF
#define	DG_DYNARR_INLINE   static INLINE
#define	DA_TYPEDEF(TYPE, NewArrayTypeName)   DG_DYNARR_TYPEDEF(TYPE, NewArrayTypeName)
#define	da_init(a)   dg_dynarr_init(a)
#define	da_init_external(a, buf, buf_cap)   dg_dynarr_init_external(a, buf, buf_cap)
#define	da_free(a)   dg_dynarr_free(a)
#define	da_push(a, v)   dg_dynarr_push(a, v)
#define	da_add(a, v)   dg_dynarr_add(a, v)
#define	da_addn(a, vals, n)   dg_dynarr_addn(a, vals, n)
#define	da_addn_zeroed(a, n)   dg_dynarr_addn_zeroed(a, n)
#define	da_addn_uninit(a, n)   dg_dynarr_addn_uninit(a, n)
#define	da_insert(a, idx, v)   dg_dynarr_insert(a, idx, v)
#define	da_insertn(a, idx, vals, n)   dg_dynarr_insertn(a, idx, vals, n)
#define	da_insertn_zeroed(a, idx, n)   dg_dynarr_insertn_zeroed(a, idx, n)
#define	da_insertn_uninit(a, idx, n)   dg_dynarr_insertn_uninit(a, idx, n)
#define	da_set(a, idx, v)   dg_dynarr_set(a, idx, v)
#define	da_setn(a, idx, vals, n)   dg_dynarr_setn(a, idx, vals, n)
#define	da_delete(a, idx)   dg_dynarr_delete(a, idx)
#define	da_deleten(a, idx, n)   dg_dynarr_deleten(a, idx, n)
#define	da_deletefast(a, idx)   dg_dynarr_deletefast(a, idx)
#define	da_deletenfast(a, idx, n)   dg_dynarr_deletenfast(a, idx, n)
#define	da_clear(a)   dg_dynarr_clear(a)
#define	da_setcount(a, cnt)   dg_dynarr_setcount(a, cnt)
#define	da_reserve(a, cap)   dg_dynarr_reserve(a, cap)
#define	da_shrink_to_fit(a)   dg_dynarr_shrink_to_fit(a)
#define	da_pop(a)   dg_dynarr_pop(a)
#define	da_last(a)   dg_dynarr_last(a)
#define	da_lastptr(a)   dg_dynarr_lastptr(a)
#define	da_get(a, idx)   dg_dynarr_get(a,idx)
#define	da_getptr(a, idx)   dg_dynarr_getptr(a, idx)
#define	da_begin(a)   dg_dynarr_begin(a)
#define	da_end(a)   dg_dynarr_end(a)
#define	da_count(a)   dg_dynarr_count(a)
#define	da_capacity(a)   dg_dynarr_capacity(a)
#define	da_empty(a)   dg_dynarr_empty(a)
#define	da_oom(a)   dg_dynarr_oom(a)
#define	da_sort(a, cmp)   dg_dynarr_sort(a, cmp)
#define	DG_DYNARR_TYPEDEF(TYPE, NewArrayTypeName)   typedef struct { TYPE* p; dg__dynarr_md md; } NewArrayTypeName;
#define	dg_dynarr_init(a)   dg__dynarr_init((void**)&(a).p, &(a).md, NULL, 0)
#define	dg_dynarr_init_external(a, buf, buf_cap)   dg__dynarr_init((void**)&(a).p, &(a).md, (buf), (buf_cap))
#define	dg_dynarr_free(a)   dg__dynarr_free((void**)&(a).p, &(a).md)
#define	dg_dynarr_push(a, v)   (dg__dynarr_maybegrowadd(dg__dynarr_unp(a), 1) ? (((a).p[(a).md.cnt++] = (v)),0) : 0)
#define	dg_dynarr_add(a, v)   dg_dynarr_push((a), (v))
#define	dg_dynarr_addn(a, vals, n)
#define	dg_dynarr_addn_zeroed(a, n)   (dg__dynarr_add(dg__dynarr_unp(a), (n), 1) ? &(a).p[(a).md.cnt-(size_t)(n)] : NULL)
#define	dg_dynarr_addn_uninit(a, n)   (dg__dynarr_add(dg__dynarr_unp(a), (n), 0) ? &(a).p[(a).md.cnt-(size_t)(n)] : NULL)
#define	dg_dynarr_insert(a, idx, v)
#define	dg_dynarr_insertn(a, idx, vals, n)
#define	dg_dynarr_insertn_zeroed(a, idx, n)
#define	dg_dynarr_insertn_uninit(a, idx, n)
#define	dg_dynarr_set(a, idx, v)
#define	dg_dynarr_setn(a, idx, vals, n)
#define	dg_dynarr_delete(a, idx)   (dg__dynarr_checkidx((a),(idx)), dg__dynarr_delete(dg__dynarr_unp(a), (idx), 1))
#define	dg_dynarr_deleten(a, idx, n)   (dg__dynarr_checkidx((a),(idx)), dg__dynarr_delete(dg__dynarr_unp(a), (idx), (n)))
#define	dg_dynarr_deletefast(a, idx)   (dg__dynarr_checkidx((a),(idx)), dg__dynarr_deletefast(dg__dynarr_unp(a), (idx), 1))
#define	dg_dynarr_deletenfast(a, idx, n)   (dg__dynarr_checkidx((a),(idx)), dg__dynarr_deletefast(dg__dynarr_unp(a), idx, n))
#define	dg_dynarr_clear(a)   ((a).md.cnt=0)
#define	dg_dynarr_setcount(a, n)   (dg__dynarr_maybegrow(dg__dynarr_unp(a), (n)) ? ((a).md.cnt = (n)) : 0)
#define	dg_dynarr_reserve(a, cap)   dg__dynarr_maybegrow(dg__dynarr_unp(a), (cap))
#define	dg_dynarr_shrink_to_fit(a)   dg__dynarr_shrink_to_fit(dg__dynarr_unp(a))
#define	dg_dynarr_pop(a)
#define	dg_dynarr_last(a)
#define	dg_dynarr_lastptr(a)   (((a).md.cnt > 0) ? ((a).p + (a).md.cnt - 1) : NULL)
#define	dg_dynarr_get(a, idx)   (dg__dynarr_checkidx((a),(idx)), (a).p[dg__dynarr_idx((a).md, (idx))])
#define	dg_dynarr_getptr(a, idx)
#define	dg_dynarr_begin(a)   ((a).p)
#define	dg_dynarr_end(a)   ((a).p + (a).md.cnt)
#define	dg_dynarr_count(a)   ((a).md.cnt)
#define	dg_dynarr_capacity(a)   ((a).md.cap & DG__DYNARR_SIZE_T_ALL_BUT_MSB)
#define	dg_dynarr_empty(a)   ((a).md.cnt == 0)
#define	dg_dynarr_oom(a)   ((a).md.cap == 0)
#define	dg_dynarr_sort(a, cmp)   qsort((a).p, (a).md.cnt, sizeof((a).p[0]), (cmp))
#define	dg__dynarr_unp(a)   (void**)&(a).p, &(a).md, sizeof((a).p[0])
#define	DG__DYNARR_WHILE0   while(0)
#define	dg__dynarr_checkidx(a, i)   DG_DYNARR_ASSERT((size_t)i < a.md.cnt, "index out of bounds!")
#define	dg__dynarr_checkidxle(a, i)   DG_DYNARR_ASSERT((size_t)i <= a.md.cnt, "index out of bounds!")
#define	dg__dynarr_check_notempty(a, msg)   DG_DYNARR_ASSERT(a.md.cnt > 0, msg)
#define	dg__dynarr_idx(md, i)   (((size_t)(i) < md.cnt) ? (size_t)(i) : 0)

Functions
DG_DYNARR_DEF void	dg__dynarr_free (void **p, dg__dynarr_md *md)
DG_DYNARR_DEF void	dg__dynarr_shrink_to_fit (void **arr, dg__dynarr_md *md, size_t itemsize)
DG_DYNARR_DEF int	dg__dynarr_grow (void **arr, dg__dynarr_md *md, size_t itemsize, size_t min_needed)
DG_DYNARR_INLINE void	dg__dynarr_init (void **p, dg__dynarr_md *md, void *buf, size_t buf_cap)
DG_DYNARR_INLINE int	dg__dynarr_maybegrow (void **arr, dg__dynarr_md *md, size_t itemsize, size_t min_needed)
DG_DYNARR_INLINE int	dg__dynarr_maybegrowadd (void **arr, dg__dynarr_md *md, size_t itemsize, size_t num_add)
DG_DYNARR_INLINE int	dg__dynarr_insert (void **arr, dg__dynarr_md *md, size_t itemsize, size_t idx, size_t n, int init0)
DG_DYNARR_INLINE int	dg__dynarr_add (void **arr, dg__dynarr_md *md, size_t itemsize, size_t n, int init0)
DG_DYNARR_INLINE void	dg__dynarr_delete (void **arr, dg__dynarr_md *md, size_t itemsize, size_t idx, size_t n)
DG_DYNARR_INLINE void	dg__dynarr_deletefast (void **arr, dg__dynarr_md *md, size_t itemsize, size_t idx, size_t n)

Variables
static const size_t	DG__DYNARR_SIZE_T_MSB = ((size_t)1) << (sizeof(size_t)*8 - 1)
static const size_t	DG__DYNARR_SIZE_T_ALL_BUT_MSB = (((size_t)1) << (sizeof(size_t)*8 - 1))-1

Macro Definition Documentation

da_add

#define da_add	(		a,
			v
	)		dg_dynarr_add(a, v)

da_addn

#define da_addn	(		a,
			vals,
			n
	)		dg_dynarr_addn(a, vals, n)

da_addn_uninit

#define da_addn_uninit	(		a,
			n
	)		dg_dynarr_addn_uninit(a, n)

da_addn_zeroed

#define da_addn_zeroed	(		a,
			n
	)		dg_dynarr_addn_zeroed(a, n)

da_begin

#define da_begin

(

a

)

dg_dynarr_begin(a)

da_capacity

#define da_capacity

(

a

)

dg_dynarr_capacity(a)

da_clear

#define da_clear

(

a

)

dg_dynarr_clear(a)

da_count

#define da_count

(

a

)

dg_dynarr_count(a)

da_delete

#define da_delete	(		a,
			idx
	)		dg_dynarr_delete(a, idx)

da_deletefast

#define da_deletefast	(		a,
			idx
	)		dg_dynarr_deletefast(a, idx)

da_deleten

#define da_deleten	(		a,
			idx,
			n
	)		dg_dynarr_deleten(a, idx, n)

da_deletenfast

#define da_deletenfast	(		a,
			idx,
			n
	)		dg_dynarr_deletenfast(a, idx, n)

da_empty

#define da_empty

(

a

)

dg_dynarr_empty(a)

da_end

#define da_end

(

a

)

dg_dynarr_end(a)

da_free

#define da_free

(

a

)

dg_dynarr_free(a)

da_get

#define da_get	(		a,
			idx
	)		dg_dynarr_get(a,idx)

da_getptr

#define da_getptr	(		a,
			idx
	)		dg_dynarr_getptr(a, idx)

da_init

#define da_init

(

a

)

dg_dynarr_init(a)

da_init_external

#define da_init_external	(		a,
			buf,
			buf_cap
	)		dg_dynarr_init_external(a, buf, buf_cap)

da_insert

#define da_insert	(		a,
			idx,
			v
	)		dg_dynarr_insert(a, idx, v)

da_insertn

#define da_insertn	(		a,
			idx,
			vals,
			n
	)		dg_dynarr_insertn(a, idx, vals, n)

da_insertn_uninit

#define da_insertn_uninit	(		a,
			idx,
			n
	)		dg_dynarr_insertn_uninit(a, idx, n)

da_insertn_zeroed

#define da_insertn_zeroed	(		a,
			idx,
			n
	)		dg_dynarr_insertn_zeroed(a, idx, n)

da_last

#define da_last

(

a

)

dg_dynarr_last(a)

da_lastptr

#define da_lastptr

(

a

)

dg_dynarr_lastptr(a)

da_oom

#define da_oom

(

a

)

dg_dynarr_oom(a)

da_pop

#define da_pop

(

a

)

dg_dynarr_pop(a)

da_push

#define da_push	(		a,
			v
	)		dg_dynarr_push(a, v)

da_reserve

#define da_reserve	(		a,
			cap
	)		dg_dynarr_reserve(a, cap)

da_set

#define da_set	(		a,
			idx,
			v
	)		dg_dynarr_set(a, idx, v)

da_setcount

#define da_setcount	(		a,
			cnt
	)		dg_dynarr_setcount(a, cnt)

da_setn

#define da_setn	(		a,
			idx,
			vals,
			n
	)		dg_dynarr_setn(a, idx, vals, n)

da_shrink_to_fit

#define da_shrink_to_fit

(

a

)

dg_dynarr_shrink_to_fit(a)

da_sort

#define da_sort	(		a,
			cmp
	)		dg_dynarr_sort(a, cmp)

DA_TYPEDEF

#define DA_TYPEDEF	(		TYPE,
			NewArrayTypeName
	)		DG_DYNARR_TYPEDEF(TYPE, NewArrayTypeName)

dg__dynarr_check_notempty

#define dg__dynarr_check_notempty	(		a,
			msg
	)		DG_DYNARR_ASSERT(a.md.cnt > 0, msg)

dg__dynarr_checkidx

#define dg__dynarr_checkidx	(		a,
			i
	)		DG_DYNARR_ASSERT((size_t)i < a.md.cnt, "index out of bounds!")

dg__dynarr_checkidxle

#define dg__dynarr_checkidxle	(		a,
			i
	)		DG_DYNARR_ASSERT((size_t)i <= a.md.cnt, "index out of bounds!")

DG__DYNARR_H

#define DG__DYNARR_H

dg__dynarr_idx

#define dg__dynarr_idx	(		md,
			i
	)		(((size_t)(i) < md.cnt) ? (size_t)(i) : 0)

dg__dynarr_unp

#define dg__dynarr_unp

(

a

)

(void**)&(a).p, &(a).md, sizeof((a).p[0])

DG__DYNARR_WHILE0

#define DG__DYNARR_WHILE0   while(0)

dg_dynarr_add

#define dg_dynarr_add	(		a,
			v
	)		dg_dynarr_push((a), (v))

dg_dynarr_addn

#define dg_dynarr_addn	(		a,
			vals,
			n
	)

Value:

do { \
 DG_DYNARR_ASSERT((vals)!=NULL, "Don't pass NULL als vals to dg_dynarr_addn!"); \
 if((vals)!=NULL && dg__dynarr_add(dg__dynarr_unp(a), n, 0)) { \
 size_t i_=(a).md.cnt-(n), v_=0; \
 while(i_<(a).md.cnt) (a).p[i_++]=(vals)[v_++]; \
 } } DG__DYNARR_WHILE0

dg_dynarr_addn_uninit

#define dg_dynarr_addn_uninit	(		a,
			n
	)		(dg__dynarr_add(dg__dynarr_unp(a), (n), 0) ? &(a).p[(a).md.cnt-(size_t)(n)] : NULL)

dg_dynarr_addn_zeroed

#define dg_dynarr_addn_zeroed	(		a,
			n
	)		(dg__dynarr_add(dg__dynarr_unp(a), (n), 1) ? &(a).p[(a).md.cnt-(size_t)(n)] : NULL)

DG_DYNARR_ASSERT

#define DG_DYNARR_ASSERT	(		cond,
			msg
	)		assert((cond) && msg)

dg_dynarr_begin

#define dg_dynarr_begin

(

a

)

((a).p)

dg_dynarr_capacity

#define dg_dynarr_capacity

(

a

)

((a).md.cap & DG__DYNARR_SIZE_T_ALL_BUT_MSB)

dg_dynarr_clear

#define dg_dynarr_clear

(

a

)

((a).md.cnt=0)

dg_dynarr_count

#define dg_dynarr_count

(

a

)

((a).md.cnt)

DG_DYNARR_DEF

#define DG_DYNARR_DEF

dg_dynarr_delete

#define dg_dynarr_delete	(		a,
			idx
	)		(dg__dynarr_checkidx((a),(idx)), dg__dynarr_delete(dg__dynarr_unp(a), (idx), 1))

dg_dynarr_deletefast

#define dg_dynarr_deletefast	(		a,
			idx
	)		(dg__dynarr_checkidx((a),(idx)), dg__dynarr_deletefast(dg__dynarr_unp(a), (idx), 1))

dg_dynarr_deleten

#define dg_dynarr_deleten	(		a,
			idx,
			n
	)		(dg__dynarr_checkidx((a),(idx)), dg__dynarr_delete(dg__dynarr_unp(a), (idx), (n)))

dg_dynarr_deletenfast

#define dg_dynarr_deletenfast	(		a,
			idx,
			n
	)		(dg__dynarr_checkidx((a),(idx)), dg__dynarr_deletefast(dg__dynarr_unp(a), idx, n))

dg_dynarr_empty

#define dg_dynarr_empty

(

a

)

((a).md.cnt == 0)

dg_dynarr_end

#define dg_dynarr_end

(

a

)

((a).p + (a).md.cnt)

dg_dynarr_free

#define dg_dynarr_free

(

a

)

dg__dynarr_free((void**)&(a).p, &(a).md)

dg_dynarr_get

#define dg_dynarr_get	(		a,
			idx
	)		(dg__dynarr_checkidx((a),(idx)), (a).p[dg__dynarr_idx((a).md, (idx))])

dg_dynarr_getptr

#define dg_dynarr_getptr	(		a,
			idx
	)

Value:

(dg__dynarr_checkidx((a),(idx)), \
 ((size_t)(idx) < (a).md.cnt) ? ((a).p+(size_t)(idx)) : NULL)

DG_DYNARR_INDEX_CHECK_LEVEL

#define DG_DYNARR_INDEX_CHECK_LEVEL   3

dg_dynarr_init

#define dg_dynarr_init

(

a

)

dg__dynarr_init((void**)&(a).p, &(a).md, NULL, 0)

dg_dynarr_init_external

#define dg_dynarr_init_external	(		a,
			buf,
			buf_cap
	)		dg__dynarr_init((void**)&(a).p, &(a).md, (buf), (buf_cap))

DG_DYNARR_INLINE

#define DG_DYNARR_INLINE   static INLINE

dg_dynarr_insert

#define dg_dynarr_insert	(		a,
			idx,
			v
	)

Value:

(dg__dynarr_checkidxle((a),(idx)), \
 dg__dynarr_insert(dg__dynarr_unp(a), (idx), 1, 0), \
 (a).p[dg__dynarr_idx((a).md, (idx))] = (v))

dg_dynarr_insertn

#define dg_dynarr_insertn	(		a,
			idx,
			vals,
			n
	)

Value:

do { \
 DG_DYNARR_ASSERT((vals)!=NULL, "Don't pass NULL as vals to dg_dynarr_insertn!"); \
 dg__dynarr_checkidxle((a),(idx)); \
 if((vals)!=NULL && dg__dynarr_insert(dg__dynarr_unp(a), (idx), (n), 0)){ \
 size_t i_=(idx), v_=0, e_=(idx)+(n); \
 while(i_ < e_) (a).p[i_++] = (vals)[v_++]; \
 }} DG__DYNARR_WHILE0

dg_dynarr_insertn_uninit

#define dg_dynarr_insertn_uninit	(		a,
			idx,
			n
	)

Value:

(dg__dynarr_checkidxle((a),(idx)), \
 dg__dynarr_insert(dg__dynarr_unp(a), idx, n, 0) \
 ? &(a).p[dg__dynarr_idx((a).md, (idx))] : NULL)

dg_dynarr_insertn_zeroed

#define dg_dynarr_insertn_zeroed	(		a,
			idx,
			n
	)

Value:

(dg__dynarr_checkidxle((a),(idx)), \
 dg__dynarr_insert(dg__dynarr_unp(a), (idx), (n), 1) \
 ? &(a).p[dg__dynarr_idx((a).md, (idx))] : NULL)

dg_dynarr_last

#define dg_dynarr_last

(

a

)

Value:

(dg__dynarr_check_notempty((a), "Don't call da_last() on an empty array!"), \
 (a).p[((a).md.cnt > 0) ? ((a).md.cnt-1) : 0])

dg_dynarr_lastptr

#define dg_dynarr_lastptr

(

a

)

(((a).md.cnt > 0) ? ((a).p + (a).md.cnt - 1) : NULL)

dg_dynarr_oom

#define dg_dynarr_oom

(

a

)

((a).md.cap == 0)

dg_dynarr_pop

#define dg_dynarr_pop

(

a

)

Value:

(dg__dynarr_check_notempty((a), "Don't pop an empty array!"), \
 (a).p[((a).md.cnt > 0) ? (--(a).md.cnt) : 0])

dg_dynarr_push

#define dg_dynarr_push	(		a,
			v
	)		(dg__dynarr_maybegrowadd(dg__dynarr_unp(a), 1) ? (((a).p[(a).md.cnt++] = (v)),0) : 0)

dg_dynarr_reserve

#define dg_dynarr_reserve	(		a,
			cap
	)		dg__dynarr_maybegrow(dg__dynarr_unp(a), (cap))

dg_dynarr_set

#define dg_dynarr_set	(		a,
			idx,
			v
	)

Value:

(dg__dynarr_checkidx((a),(idx)), \
 (a).p[dg__dynarr_idx((a).md, (idx))] = (v))

dg_dynarr_setcount

#define dg_dynarr_setcount	(		a,
			n
	)		(dg__dynarr_maybegrow(dg__dynarr_unp(a), (n)) ? ((a).md.cnt = (n)) : 0)

dg_dynarr_setn

#define dg_dynarr_setn	(		a,
			idx,
			vals,
			n
	)

Value:

do { \
 DG_DYNARR_ASSERT((vals)!=NULL, "Don't pass NULL as vals to dg_dynarr_setn!"); \
 size_t idx_=(idx); size_t end_=idx_+(size_t)n; \
 dg__dynarr_checkidx((a),idx_); dg__dynarr_checkidx((a),end_-1); \
 if((vals)!=NULL && idx_ < (a).md.cnt && end_ <= (a).md.cnt) { \
 size_t v_=0; \
 while(idx_ < end_) (a).p[idx_++] = (vals)[v_++]; \
 }} DG__DYNARR_WHILE0

dg_dynarr_shrink_to_fit

#define dg_dynarr_shrink_to_fit

(

a

)

dg__dynarr_shrink_to_fit(dg__dynarr_unp(a))

dg_dynarr_sort

#define dg_dynarr_sort	(		a,
			cmp
	)		qsort((a).p, (a).md.cnt, sizeof((a).p[0]), (cmp))

DG_DYNARR_TYPEDEF

#define DG_DYNARR_TYPEDEF	(		TYPE,
			NewArrayTypeName
	)		typedef struct { TYPE* p; dg__dynarr_md md; } NewArrayTypeName;

Function Documentation

dg__dynarr_add()

DG_DYNARR_INLINE int dg__dynarr_add	(	void **	arr,
		dg__dynarr_md *	md,
		size_t	itemsize,
		size_t	n,
		int	init0
	)

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dg__dynarr_delete()

DG_DYNARR_INLINE void dg__dynarr_delete	(	void **	arr,
		dg__dynarr_md *	md,
		size_t	itemsize,
		size_t	idx,
		size_t	n
	)

dg__dynarr_deletefast()

DG_DYNARR_INLINE void dg__dynarr_deletefast	(	void **	arr,
		dg__dynarr_md *	md,
		size_t	itemsize,
		size_t	idx,
		size_t	n
	)

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dg__dynarr_free()

DG_DYNARR_DEF void dg__dynarr_free	(	void **	p,
		dg__dynarr_md *	md
	)

dg__dynarr_grow()

DG_DYNARR_DEF int dg__dynarr_grow	(	void **	arr,
		dg__dynarr_md *	md,
		size_t	itemsize,
		size_t	min_needed
	)

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dg__dynarr_init()

DG_DYNARR_INLINE void dg__dynarr_init	(	void **	p,
		dg__dynarr_md *	md,
		void *	buf,
		size_t	buf_cap
	)

dg__dynarr_insert()

DG_DYNARR_INLINE int dg__dynarr_insert	(	void **	arr,
		dg__dynarr_md *	md,
		size_t	itemsize,
		size_t	idx,
		size_t	n,
		int	init0
	)

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dg__dynarr_maybegrow()

DG_DYNARR_INLINE int dg__dynarr_maybegrow	(	void **	arr,
		dg__dynarr_md *	md,
		size_t	itemsize,
		size_t	min_needed
	)

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dg__dynarr_maybegrowadd()

DG_DYNARR_INLINE int dg__dynarr_maybegrowadd	(	void **	arr,
		dg__dynarr_md *	md,
		size_t	itemsize,
		size_t	num_add
	)

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dg__dynarr_shrink_to_fit()

DG_DYNARR_DEF void dg__dynarr_shrink_to_fit	(	void **	arr,
		dg__dynarr_md *	md,
		size_t	itemsize
	)

Variable Documentation

DG__DYNARR_SIZE_T_ALL_BUT_MSB

const size_t DG__DYNARR_SIZE_T_ALL_BUT_MSB = (((size_t)1) << (sizeof(size_t)*8 - 1))-1

static

DG__DYNARR_SIZE_T_MSB

const size_t DG__DYNARR_SIZE_T_MSB = ((size_t)1) << (sizeof(size_t)*8 - 1)

static